Closed-Circuit Cooling Tower For Smelting
Heat Exchange Mode: Partition Wall Heat Exchange
Thickness of Shell Steel Plate: Not Less Than Approximately 2mm
Drift Loss Control: Approximately ≤ 0.001%
Water-saving Performance: High Efficiency in Water Conservation
Temperature Drop Limit: Close to the Local Wet-bulb Temperature
Tower Size: Determined by Circulating Water Volume
Overall Dimensions: Custom-made
Fan Blades: Mostly Airfoil-type, High-strength Aluminum Alloy Blades
Products Description
The Closed-Circuit Cooling Tower for Smelting is a device that reduces water temperature by utilizing the heat exchange principle between water and air. The basic working principle of the Closed-Circuit Cooling Tower for Smelting is to conduct evaporative heat dissipation, convective heat transfer and radiant heat transfer through the contact between water and air, thereby dissipating the waste heat generated by industrial equipment or refrigeration systems into the air. The main components of the Closed-Circuit Cooling Tower for Smelting include fill media, spray systems, fans and circulating water pumps.

The cooling capacity of the Closed-Circuit Cooling Tower for Smelting is ultimately determined by core parameters such as heat exchange area, ventilation rate and heat transfer coefficient. During the operation of the Closed-Circuit Cooling Tower for Smelting, no scaling will form on the inner walls of the stainless steel tubes. However, since ordinary tap water is adopted for spray cooling on the outer walls of the Closed-Circuit Cooling Tower for Smelting, the concentration of scaling ions such as Ca²⁺ and Mg²⁺ in the water will continuously increase with the sustained evaporation of the spray water, which is prone to forming scale on the outer walls of the stainless steel tubes. This leads to a decrease in the heat transfer coefficient, and the cooling capacity of the Closed-Circuit Cooling Tower for Smelting is thus attenuated.

Therefore, the management requirements are emphasized during the post-production training for our company's Closed-Circuit Cooling Tower for Smelting: on-site operators shall completely drain the spray water of the Closed-Circuit Cooling Tower for Smelting and replace it with fresh water every week to reduce the concentration of scaling ions; meanwhile, the reminder "Replace or Clean Weekly" shall be marked prominently on the spray water tank of the Closed-Circuit Cooling Tower for Smelting via spray painting, so as to minimize the scale formation in the Closed-Circuit Cooling Tower for Smelting to the greatest extent.
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